Optical communication systems: transmission and networking / Hasan Fahmi Hasan, Alyaa Asaad, Vanye Zira.
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TextPublication details: Mauritius : LAP LAMBERT Academic Publishing, 2018Description: 66 p. : ill. ; 24 cmISBN: 9786134975735 (pbk.)Subject(s): Laser communication systems | Laser communication systems industryLOC classification: HD9696.L353 | H37 2018Summary: Nowadays, optical fiber are become a critical communication system which able to transforming data through cities, countries, regions and oceans with characteristic of high bandwidth and low attenuation. With addition, due to increasing the data rate, speed and long distance, optical fiber become most wide use to fulfill the transforming through long distance with greater bandwidth. In conducted project, we strive to concentrate on optical (transmission and networking) system with their characteristics and techniques. Additionally, we discuss the main components of optical fiber for instance types of fiber, dispersion and types of dispersion, non-linear effects, optical sources, DFB laser and VCSEL laser, optical photodiodes, optical amplifiers, WDM networks, opaque networks, transparent networks, agile optical networks, PON and types of PON, SDH/SONET and FTTH network scenarios.
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APU Library Open Shelf | Book | HD9696.L353 H37 2018 c.1 (Browse shelf (Opens below)) | 1 | Available | 00012358 |
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| HD9696.C64 Q3 1993 c.2 The quality journey : | HD9696.C64 S77 1997 c.2 The Microsoft way : | HD9696 .C66 2007 c.1 Computer era : | HD9696.L353 H37 2018 c.1 Optical communication systems: | HD9696.M843 M85 1998 c.1 Multimedia super corridor : | HD9696.M843 M85 1998 c.2 Multimedia super corridor : | HD9696.T444 B86 2000 c.1 Making the Cisco connection : |
Includes bibliographic references.
Nowadays, optical fiber are become a critical communication system which able to transforming data through cities, countries, regions and oceans with characteristic of high bandwidth and low attenuation. With addition, due to increasing the data rate, speed and long distance, optical fiber become most wide use to fulfill the transforming through long distance with greater bandwidth. In conducted project, we strive to concentrate on optical (transmission and networking) system with their characteristics and techniques. Additionally, we discuss the main components of optical fiber for instance types of fiber, dispersion and types of dispersion, non-linear effects, optical sources, DFB laser and VCSEL laser, optical photodiodes, optical amplifiers, WDM networks, opaque networks, transparent networks, agile optical networks, PON and types of PON, SDH/SONET and FTTH network scenarios.
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